News archive

Read the latest news from the nanomedicine world.

 

Dear colleagues, dear members of the European healthtech community, 16 September 2025 is the final deadline for the last wave of Horizon Europe 2025 Health & Mission Cancer calls that matter to Nanomedicine. The European Technology Platform on Nanomedicine (ETPN) organised a 90‑minute flash‑brokerage on 1 August to give “last‑partner seekers” three minutes each to pitch and make instant contacts. Below you’ll find the full expert directory that emerged from the event. Every organisation has opted‑in to be contacted. Scan the call that concerns you, identify the section that fills your missing expertise and reach out right away.

Eligible Horizon Europe calls (Deadline: 16 Sept 2025)

Browse the pitches visually: the lock‑protected public Miro board contains every sticky‑note exactly as shared during the event (no edits).

Open the Miro Board

Snapshot of the 2025 ETPN flash‑brokerage Miro board

⚠️ Please avoid pasting confidential data onto public comments: the board is view‑only, but the link is public.


Or…Dig our Nanomedicine expert pool & contact list!

1) HORIZON‑HLTH‑2025‑01‑DISEASE‑07  High‑burden & Under‑researched Conditions

  • Type: RIA (Research and Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: ~€6 million
  • Total budget: €30 million
  • Focus: Develop innovative diagnostics, prevention, or therapies for high-burden diseases lacking sufficient research attention, including rare and neglected diseases.
  • More info here.

Below is a ready‑to‑use directory of every offer we collected for this call. Names are grouped so that a coordinator can immediately see (i) mature core ideas seeking one last partner, (ii) industrial‑grade manufacturing help, (iii) specialist analytics & disease‑model capabilities, and (iv) broader nano‑delivery know‑how that could reinforce vector‑development or parallel work‑packages.


1 ▪ Cell‑therapy & genomic‑editing core proposals — ready to slot into a consortium

 

Affiliation · CountryContact1‑line fit for the call
National & Kapodistrian University of Athens (Medical School) GRProf. Maria Gazouli · mgazouli@med.uoa.grTranslational programme to enhance cell therapies with CRISPR & single‑cell multi‑omics; non‑invasive molecular imaging; seeks partner role.
University of Naples “Federico II” – Dept. Chemical, Materials & Industrial Eng. ITDr Enza Torino · enza.torino@unina.itImmunotherapy + small‑EV platform for precision oncology; offers sEV isolation/characterisation & guided‑surgery imaging; open to join or co‑lead.
Unimore NanotechLab (Univ. Modena & Reggio Emilia) ITProf. Giovanni Tosi · giovanni.tosi@unimore.itScalable micro‑fluidic LNP production (mRNA/siRNA/Cas9 RNP) + bespoke ionisable‑lipid synthesis & full in‑vitro/in‑vivo validation.
Nanogetic SL / NanoChemBio‑GENyO, Univ. Granada SPDr Rosario Sánchez‑Martín · rmsanchez@go.ugr.esPNA‑based gene‑editing delivery tools and high‑resolution nanocytometry QC for engineered cells; looking to integrate into TOOL‑01 consortia.
INESC‑MN (Lisbon) PTRicardo Cabeça · ricardo.cabeca@inesc‑mn.ptLab‑/organ‑on‑chip platforms with integrated multi‑sensor ASICs for real‑time monitoring of engineered cells & secretome quality.

2 ▪ Manufacturing & process‑development enablers

AffiliationContactCapability offered
Fraunhofer IMM DEDr Sharwari Ghodke · sharwari.ghodke@imm.fraunhofer.deGMP‑grade continuous micro‑mixers, micro‑TFF & in‑line Flow‑DLS analytics for scalable LNP / viral‑vector manufacture.
Research Center Pharmaceutical Engineering (RCPE) ATDr Carolin Tetyczka · carolin.tetyczka@rcpe.atQuality‑by‑Design, nanomanufacturing scale‑up and regulatory documentation for ATMPs.
Inside Tx (SME) FRDr Audrey Nsamela · audrey.nsamela@insidetx.comNanoPulse™ screen‑to‑GMP mixing for organic NPs & nucleic acids; roadmap towards smart “4.0” manufacturing.

3 ▪ Analytics, sensors & disease‑model support

AffiliationContactOffer
Luxembourg Institute of Science & Technology (LIST) LXDr Sivashankar Krishnamoorthy · sivashankar.krishnamoorthy@list.luNano‑QCM & nanostructured sensor arrays to profile engineered‑cell secretions and biomarker release.
Tyndall National Institute IREamonn Hawe · eamonn.hawe@tyndall.ieMiniaturised biomedical sensors + firmware; extensive industry & clinical network for PAT integration.
CiMUS‑IDIS, Univ. Santiago de Compostela SPProf. José A. Costoya · josea.costoya@usc.es2D/3D tumour models & GM mouse/xenograft assays for efficacy & toxicity of engineered cells.
Istituto Superior Técnico – Stem‑Cell Engineering Group PTDr Sofia Martins · sofiamartins@tecnico.ulisboa.ptGlioma spheroids + high‑content read‑outs (qPCR, ELISA, flow) for functional validation of synthetic circuits / cytokine payloads.

 4 ▪ Broader nano‑delivery & drug‑carrier expertise (backup vectors or side WPs)

AffiliationContactKey competence
University of Padova – Dept. Chemical Sciences ITProf. Vincenzo Amendola · vincenzo.amendola@unipd.itTailored multifunctional NPs & physico‑chemical characterisation; flexible support role.
University of Pavia ITProf. Yuri Díaz‑Fernandez · ydf@unipv.itSynthesis/functionalisation & nano‑bio interface physico‑chemistry.
Polytechnic Univ. Guarda (BRIDGES Unit) PTPaula Coutinho · coutinho@ipg.ptBio‑inspired nano/microsystems, secretome delivery, systems‑biology modelling.
FHNW School of Life Sciences CHDr Oya Tagit · oya.tagit@fhnw.chPolymer/lipid/inorganic theranostics; clinical‑translation track‑record.
Romanian Academy – Institute of Physical Chemistry RODr Speranţa Tănăsescu · speranta.tanasescu@gmail.comThermodynamic profiling of nano‑bio interfaces for Safe‑by‑Design vectors.

These experts did not specify a TOOL‑01‑exclusive angle, but their know‑how frequently underpins engineered‑cell platform work and may fill secondary WPs (vector optimisation, nano‑safety, modelling, etc.).

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2) HORIZON‑HLTH‑2025‑01‑TOOL‑01  Enhancing Cell Therapies with Genomic Techniques

  • Type: RIA (Research and Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: €8–10 million
  • Total budget: €50 million
  • Focus: Combine genomic editing techniques and advanced cell-based therapies to improve efficacy, safety, and manufacturing scalability.
  • More info here

 1 ▪ Cell‑therapy / gene‑editing core concepts — ready to integrate

Affiliation · CountryContact1‑line contribution
National & Kapodistrian Univ. Athens (Medical School) GRProf. Maria Gazoulimgazouli@med.uoa.grCRISPR & single‑cell multi‑omics platform + CAT/EMA expertise for ATMP quality & regulatory dossiers.
IST Lisboa – Stem‑Cell Engineering & Bioprocess Groups PTDr Sofia Martinssofiamartins@tecnico.ulisboa.ptCRISPR logic‑circuits in neural progenitors; 3D organoids, RNA‑seq, pathway modelling; GMP‑grade nucleic‑acid production.
Unimore NanotechLab (Univ. Modena & Reggio Emilia) ITProf. Giovanni Tosigiovanni.tosi@unimore.itTargeted LNPs for mRNA/siRNA/Cas9 RNP; in‑house ionisable‑lipid synthesis + in‑vitro/in‑vivo validation.
University of Cantabria / IDIVAL Hospital SPProf. Mónica Fanarragafanarrag@unican.esSiO₂‑encapsulated DNA/ASO vectors for sequential gene delivery; access to human biobank samples.
RCSI Dublin – School of Dentistry IRDr Shahnawaz Khijmatgarshahnawazkhijmatgar@rcsi.comCell/gene therapy for salivary‑gland regeneration; quantum‑dot imaging & RNA‑based oral‑disease therapeutics.

 2 ▪ Delivery‑vector & formulation specialists

AffiliationContactCapability offered
VUT Brno – Faculty of Chemistry CZDr Eliška Bartheldyováeliska.bartheldyova@fch.vut.czVesicle platforms (lung & IPA‑liposomes) + full physico‑chem, diffusion & micro‑calorimetry toolbox.
EVOSTEM Theranostics (SME) SPDr Teresa Valerotvalero@go.ugr.esEnrichment of extracellular‑vesicle sub‑populations; diagnostic & therapeutic EV engineering.
FHNW School of Life Sciences CHDr Oya Tagitoya.tagit@fhnw.chPolymer/lipid/inorganic theranostic nanomedicines; scale‑up & clinical‑translation track‑record.

 3 ▪ Manufacturing, scale‑up & regulatory enablers

AffiliationContactOffer
Fraunhofer IMM DEDr Sharwari Ghodke • sharwari.ghodke@imm.fraunhofer.deGMP‑conform continuous micro‑mixers, micro‑TFF & in‑line Flow‑DLS for LNP/EV manufacture; cryo‑TEM screening.
CPI – Centre for Process Innovation UKClaire Hope • claire.hope@uk‑cpi.comFacilities & know‑how to scale nanomedicines, oligos, mRNA & gene‑therapy payloads to pilot/GMP.
Tyndall National Institute IREamonn Haweeamonn.hawe@tyndall.ieProcess‑Analytical‑Technology sensors & firmware, licenced to pharma; can embed PAT in cell‑manufacturing lines.

 4 ▪ Pre‑clinical models, analytics & biosensing

AffiliationContactNiche strength
Univ. Bologna – Pharmacy & Biotechnology ITDr Giampaolo Zuccherigiampaolo.zuccheri@unibo.itLarge‑scale 3D spheroid culture, innovative organ‑on‑chip & multiphoton/light‑sheet imaging.
CiMUS‑IDIS, Univ. Santiago de Compostela SPProf. José A. Costoyajosea.costoya@usc.es2D/3D cancer organoids & GM mouse/xenograft models for efficacy/toxicity of edited cells.
LIST Luxembourg – Smart Materials LUDr S. Krishnamoorthysivashankar.krishnamoorthy@list.luNano‑QCM & multi‑format nanostructured sensors for real‑time biomarker detection & nano‑bio interface tuning.
IBS Granada – Pneumology Group SPtvalero@go.ugr.esClinical pneumology samples & data for diagnostic‑tool validation (useful for inflammatory side‑effects).

How to exploit this directory

  • Missing a genomic‑editing cell‑therapy core? – Start with Section 1.
  • Need GMP manufacture or PAT? – Add partner(s) from Section 3.
  • Looking to widen delivery vectors or EV work? – Section 2.
  • Preclinical read‑outs or biosensing? – Pick from Section 4.

All contacts opted‑in to be approached. One concise e‑mail referencing TOOL‑01 + this ETPN brokerage is the recommended etiquette.

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3) HORIZON‑HLTH‑2025‑01‑TOOL‑02  Advancing Cell‑Secretome‑based Therapies

  • Type: RIA (Research and Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: €9 – 13 million
  • Total budget: €40 million
  • Focus: Develop innovative therapeutics using cell‑secreted nano‑sized vesicles (exosomes, secretome) and advance them toward clinical proof‑of‑concept.
  • More info here.

The directory below groups every offer we received for this call so a coordinator can immediately see (i) mature secretome concepts looking for a slot, (ii) formulation / manufacturing help, (iii) sensing & disease‑model capabilities, and (iv) broader nano‑carrier skills that can reinforce parallel work‑packages.


1 ▪ Secretome / EV therapeutic core proposals — ready to join a consortium

Affiliation · CountryContact1‑line contribution
EVOSTEM Theranostics (SME) ESDr Teresa Valero · tvalero@go.ugr.esPlatforms for selective enrichment and diagnostic/therapeutic engineering of extracellular‑vesicle sub‑populations.
INESC‑MN PTRicardo Cabeça · ricardo.cabeca@inesc‑mn.ptLab‑/organ‑on‑chip micro‑environments with integrated optical/e‑chemical sensors to boost secretome production and in situ quality monitoring.
LIST – Luxembourg Institute of Science & Technology LUDr Sivashankar Krishnamoorthy · sivashankar.krishnamoorthy@list.luNano‑QCM & nanostructured micro‑carriers for real‑time, label‑free tracking of secreted biomarkers; nano‑patterned sensing surfaces.

2 ▪ Formulation, process‑development & scale‑up enablers

AffiliationContactCapability offered
Fraunhofer IMM DEDr Sharwari Ghodke · sharwari.ghodke@imm.fraunhofer.deContinuous micro‑mixers, micro‑TFF and in‑line analytics for GMP‑compliant EV / LNP manufacture; high‑throughput screening & cryo‑TEM.
CPI – Centre for Process Innovation UKClaire Hope · claire.hope@uk‑cpi.comPilot to GMP scale‑up of nanomedicines, mRNA therapeutics and biologics; formulation optimisation facilities.
VUT Brno – Faculty of Chemistry CZDr Eliška Bartheldyová · eliska.bartheldyova@fch.vut.czCustom vesicle systems (lung delivery, IPA‑liposomes) plus full diffusion, micro‑calorimetry & membrane‑penetration analytics.

3 ▪ Analytics, sensors & pre‑clinical model support

AffiliationContactOffer
Tyndall National Institute IEEamonn Hawe · eamonn.hawe@tyndall.ieMiniaturised multi‑parameter sensors & PAT firmware; extensive industry/clinical network for secretome bioprocess monitoring.
Univ. Bologna – Pharmacy & Biotechnology ITDr Giampaolo Zuccheri · giampaolo.zuccheri@unibo.itTargeted lipid‑vesicle design, AFM characterisation and fluorescence microscopy of EV interactions; 3D spheroid platforms.
IBS Granada – Pneumology Group EStvalero@go.ugr.esClinical pneumology samples & data for validation of secretome‑based diagnostics or therapies.

4 ▪ Broader nano‑carrier & gene‑delivery expertise (backup vectors / parallel WPs)

  • FHNW School of Life Sciences CH – Dr Oya Tagit • oya.tagit@fhnw.ch — polymer/lipid/inorganic theranostics; clinical translation.
  • University of Cantabria / IDIVAL Hospital ES – Prof. Mónica Fanarraga • fanarrag@unican.es — silica‑NP encapsulation of DNA/ASO payloads; access to tumour biobank samples.
  • RCSI Dublin – School of Dentistry IE – Dr Shahnawaz Khijmatgar • shahnawazkhijmatgar@rcsi.com — quantum‑dot imaging and RNA‑based regenerative therapies (main focus TOOL‑05 but skills transferrable).

Use these contacts freely — all experts agreed to be approached after the brokerage. One short e‑mail citing TOOL‑02 and this ETPN list is the preferred etiquette.

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4) HORIZON‑HLTH‑2025‑01‑TOOL‑03  Generative AI in Biomedical Research (GenAI4EU)

  • Type: RIA (Research and Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: €15 – 17 million
  • Total budget: €50 million
  • Focus: Develop and validate Generative‑AI tools that integrate multimodal biomedical data (omics, imaging, clinical, sensor) to improve research and clinical decision making.
  • More info here.

Offers are grouped so a coordinator can immediately see (i) teams already building Gen‑AI / ML platforms, (ii) sensor & data‑pipeline providers, and (iii) formulation or nano‑analytics groups whose ML pipelines could enrich training datasets.


1 ▪ Generative‑AI / ML core platforms — ready to plug into a consortium

Affiliation · CountryContact1‑line contribution
Fraunhofer IMM DEDr Sharwari Ghodke · sharwari.ghodke@imm.fraunhofer.deSMARTFORM: ML‑assisted platform that predicts & optimises nano‑formulation processes (“first‑try success”) with in‑line analytics data; seeking clinical/omics partners for GenAI validation.
Tyndall National Institute IEEamonn Hawe · eamonn.hawe@tyndall.ieTwo research groups developing AI pipelines for stroke detection & Parkinson’s monitoring; multimodal sensor streams + digital‑health validation network.
University Aveiro – Mechanical Eng. PTDr Gil Gonçalves · ggoncalves@ua.ptMachine‑learning optimisation of micro‑fluidic nanoparticle fabrication; eager to expand models with omics / imaging datasets for Gen‑AI training.
RCSI Dublin – School of Dentistry IEDr Shahnawaz Khijmatgar · shahnawazkhijmatgar@rcsi.comPrototype Gen‑AI tool to assess clinical reasoning in health‑professional trainees; open to broaden toward multimodal decision‑support frameworks.

2 ▪ Sensor, data‑capture & analytics enablers

AffiliationContactCapability offered
INESC‑MN PTRicardo Cabeça · ricardo.cabeca@inesc-mn.ptLab‑/organ‑on‑chip platforms with integrated optical, magnetic and electro‑chemical sensors generating rich, high‑frequency datasets for Gen‑AI training.
LIST – Luxembourg Institute of Science & Technology LUDr Sivashankar Krishnamoorthy · sivashankar.krishnamoorthy@list.luNano‑QCM and nano‑patterned sensor surfaces enabling continuous, label‑free molecular‑interaction data streams (ideal for self‑supervised model building).

3 ▪ Formulation / materials groups using ML — valuable training datasets

AffiliationContactOffer
VUT Brno – Faculty of Chemistry CZDr Eliška Bartheldyová · eliska.bartheldyova@fch.vut.czPhysico‑chem & transport datasets on vesicle systems (lung, IPA‑liposomes, polysaccharide carriers); willing to share raw multi‑parametric data for Gen‑AI modelling.
Group of NanoBiointerfaces, FHNW CHDr Oya Tagit · oya.tagit@fhnw.chLarge annotated datasets from scale‑up runs of polymer/lipid/inorganic theranostic particles; experience aligning process data with clinical endpoints.

4 ▪ Clinical & biobank access (optional WPs)

  • University Cantabria / IDIVAL Hospital ES – Prof. Mónica Fanarraga • fanarrag@unican.es — oncology biobank samples + nanoparticle gene‑delivery expertise.
  • IBS Granada – Pneumology Group ES – tvalero@go.ugr.es — patient samples & clinical metadata for respiratory‑disease models.

All contacts opted‑in to be approached. Please reference TOOL‑03 and this ETPN list in your introduction e‑mail.

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5) HORIZON‑HLTH‑2025‑01‑TOOL‑05  Boosting Biotech → Clinical Translation

  • Type: RIA (Research and Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: €4 – 8 million
  • Total budget: €80 million
  • Focus: Accelerate clinical translation of cutting‑edge biotech solutions including nanomedicine therapies, novel drug‑delivery systems and precision‑medicine approaches.
  • More info here.

Below is the full offer pool for this call, clustered so that a coordinator immediately sees (i) translational therapeutic ideas needing partners, (ii) GMP / scale‑up enablers, (iii) analytics & digital‑health support, and (iv) broader nano‑carrier know‑how to reinforce additional work‑packages.


1 ▪ Translational biotech / nanomedicine core proposals — ready to join a consortium

Affiliation · CountryContact1‑line contribution
RCSI – Royal College of Surgeons Ireland IEDr Shahnawaz Khijmatgar · shahnawazkhijmatgar@rcsi.comCell / gene‑based regenerative therapy for salivary‑gland hypofunction (radiation & Sjögren); open to co‑develop IND‑enabling package.
University Cantabria / IDIVAL Hospital ESProf. Mónica Fanarraga · fanarrag@unican.esBiodegradable SiO₂ nanoparticles for DNA / ASO delivery (recent *Small*, *Drug Delivery* papers) + oncology biobank samples for validation.
EVOSTEM Theranostics (SME) ESDr Teresa Valero · tvalero@go.ugr.esClinical‑grade platforms to enrich specific EV sub‑populations for therapeutic or diagnostic use; looking for IND translation partners.
FHNW – NanoBiointerfaces Group CHDr Oya Tagit · oya.tagit@fhnw.chPolymer / lipid / inorganic theranostic nanomedicines with prior scale‑up & first‑in‑human experience; can drive CMC & dossier prep.

2 ▪ GMP manufacture, scale‑up & quality‑by‑design enablers

AffiliationContactCapability offered
IBI Lorenzini – Istituto Biochimico Italiano ITCarlo Khevenhüller · ckhevenhueller@ibi‑lorenzini.comSterile GMP scale‑up of nanoparticle processes; strong Quality‑by‑Design team, regulatory support, B‑SMART project experience.
CPI – Centre for Process Innovation UKClaire Hope · claire.hope@uk‑cpi.comRNA‑LNP GMP supply for tox and Phase I studies; dedicated RNA Centre of Excellence, fill/finish & analytics.
RCPE GmbH – Research Center Pharmaceutical Engineering ATDr Carolin Tetyczka · carolin.tetyczka@rcpe.atNano‑manufacturing platforms (micro‑mixing, HPH, milling) with inline PAT; QbD, modelling & regulatory documentation.
Fraunhofer IMM DEDr Sharwari Ghodke · sharwari.ghodke@imm.fraunhofer.deContinuous micro‑mixers, micro‑TFF & Flow‑DLS; SMARTFORM ML engine for cost‑efficient, “first‑try” process optimisation.

3 ▪ Analytics, sensors & digital‑health support

AffiliationContactOffer
Tyndall National Institute IEEamonn Hawe · eamonn.hawe@tyndall.ieProcess‑Analytical‑Technology sensors, firmware & data pipelines to de‑risk scale‑up; large industry & clinical network.
University Aveiro – Mechanical Eng. PTDr Gil Gonçalves · ggoncalves@ua.ptMachine‑learning optimisation of micro‑fluidic nanoparticle manufacture; willing to couple PAT data with translational endpoints.

4 ▪ Broader nano‑carrier & formulation expertise (backup WPs)

  • VUT Brno – Faculty of Chemistry CZ – Dr Eliška Bartheldyová • eliska.bartheldyova@fch.vut.cz — Vesicle systems (lung & IPA‑liposomes) + full physico‑chem dataset.
  • Pneumology Group, IBS Granada ES – tvalero@go.ugr.es — Clinical samples & metadata for respiratory‑focused formulations.

All contacts agreed to be approached. Reference TOOL‑05 and this ETPN list in your first e‑mail for fastest response.

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6) HORIZON‑HLTH‑2025‑01‑IND‑01  Optimising Manufacturing of ATMPs

  • Type: IA (Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: €6 – 8 million
  • Total budget: €40 million
  • Focus: Enhance manufacturing processes for gene, cell and tissue‑based ATMPs, including nano‑delivery integration and PAT/quality innovations.
  • More info here.

Every offer we collected for this call is clustered so that a coordinator can instantly see (i) GMP‑ready manufacturing partners, (ii) PAT & smart‑manufacturing enablers, (iii) product teams looking for industrial scale‑up, and (iv) wider nano‑carrier / model expertise that can reinforce additional work‑packages.


1 ▪ GMP & industrial‑scale manufacturing platforms

Affiliation · CountryContactCore capability
IBI Lorenzini – Istituto Biochimico Italiano ITCarlo Khevenhüller • ckhevenhueller@ibi‑lorenzini.comSterile GMP scale‑up of nanoparticle processes; strong QbD/regulatory team, B‑SMART experience; commitment to cost‑efficient robustness.
CPI – Centre for Process Innovation UKClaire Hope • claire.hope@uk‑cpi.comGMP supply of RNA‑LNP for tox / Phase I; facilities for oligos, nanomedicines, vaccines, gene & protein therapeutics.
RCPE GmbH – Research Center Pharmaceutical Engineering ATDr Carolin Tetyczka • carolin.tetyczka@rcpe.atNano‑manufacturing platforms (micro‑mixing, HPH, milling) with inline analytics; QbD modelling & regulatory dossiers.
Fraunhofer IMM DEDr Sharwari Ghodke • sharwari.ghodke@imm.fraunhofer.deContinuous micro‑mixers, micro‑TFF & Flow‑DLS; high‑throughput LNP screening; SMARTFORM ML engine for cost‑efficient scale‑out.
Inside Tx (SME) FRDr Audrey Nsamela • audrey.nsamela@insidetx.comRNA‑LNP process scale‑up from µL to L; CFD‑based mixing optimisation for lipids, polymers & hybrids (TRL > 5).

2 ▪ Process‑analytics, PAT & smart‑manufacturing enablers

AffiliationContactOffer
Tyndall National Institute IEEamonn Hawe • eamonn.hawe@tyndall.ieMiniaturised multi‑parameter sensors, firmware and data pipelines licenced to pharma; can embed PAT in ATMP production lines.
LIST – Luxembourg Institute of Science & Technology LUDr Sivashankar Krishnamoorthy • sivashankar.krishnamoorthy@list.luScalable nano‑enabled sensing (acoustic, optical, spectroscopy) and surface‑enhanced detection; patented, low‑cost platform tech.
University Aveiro – Mechanical Eng. PTDr Gil Gonçalves • ggoncalves@ua.ptMachine‑learning optimisation of micro‑fluidic NP fabrication and tumour‑on‑chip models for PAT validation.

3 ▪ Therapeutic candidates seeking manufacturing routes

AffiliationContactAsset & needs
Unimore NanotechLab ITIlaria Ottonelli • ilaria.ottonelli@unimore.itScalable cholesterol‑only nanoparticles delivering mRNA to brain (patented ligand); needs industrial partner for GMP/CMC.
IST Lisboa – Stem‑Cell Engineering Group PTDr Sofia Martins • sofiamartins@tecnico.ulisboa.ptiPSC‑derived neural organoids & dynamic‑culture bioreactors; looking for manufacturing/work‑stream integration in ATMP projects.
University Modena – DDT Lab ITDr Eleonora Maretti • eleonora.maretti@unimore.itLipid/polymeric & carrier‑free nano‑drugs for pulmonary, topical and vaginal delivery; require scale‑up and regulatory support.
University Cantabria / IDIVAL ESProf. Mónica Fanarraga • fanarrag@unican.esSilica‑based DNA/ASO carriers (multiple peer‑reviewed studies) plus oncology biobank samples; needs GMP formulation partner.

4 ▪ Complementary nano‑carrier & characterisation expertise (backup WPs)

  • VUT Brno – Faculty of Chemistry CZ — Dr Eliška Bartheldyová • eliska.bartheldyova@fch.vut.cz — Vesicle systems (lung, IPA‑liposomes) + full physico‑chemical analytics.
  • FHNW – NanoBiointerfaces CH — Dr Oya Tagit • oya.tagit@fhnw.ch — Scale‑up track‑record for polymer/lipid/inorganic theranostics.
  • Univ. Bologna – Pharmacy & Biotechnology IT — Dr Giampaolo Zuccheri • giampaolo.zuccheri@unibo.it — 3D cell culture platforms and nanoscale characterisation of drug response.
  • Pneumology Group, IBS Granada ES — tvalero@go.ugr.es — Clinical respiratory samples for nano‑drug validation.

All contacts agreed to be approached after the brokerage. Mention IND‑01 and this ETPN list in your first e‑mail for the quickest response.

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7) HORIZON‑MISS‑2025‑02‑CANCER‑03  Innovative Surgery as Multi‑modal Cancer Treatment

  • Type: RIA (Research and Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: €7 – 10 million
  • Total budget: €31 million
  • Focus: Validate nanotechnology‑guided imaging, precision‑surgery and theranostic approaches that markedly improve cancer‑surgery outcomes.
  • More info here.

Clustering logic : (i) nano‑guided surgical concepts, (ii) real‑time imaging / sensing, (iii) pre‑clinical models, (iv) auxiliary nano‑carrier expertise.


1 ▪ Nano‑guided surgery / theranostic core concepts — ready to integrate

Affiliation · CountryContact1‑line contribution
Royal College of Surgeons in Ireland (RCSI) IEDr Marco Monopoli • marcomonopoli@rcsi.comNanomedicine chemist embedded in a top surgical oncology centre; developing nano‑enabled imaging agents & delivery systems — open to coordinate or join multimodal‑surgery consortia.
Univ. Bologna – Pharmacy & Biotechnology ITDr Giampaolo Zuccheri • giampaolo.zuccheri@unibo.itTargeted lipid‑vesicle technology to label specific cells and guide intra‑operative resection; AFM & fluorescence validation.
Univ. Cantabria / IDIVAL Hospital ESProf. Mónica Fanarraga • fanarrag@unican.esBiodegradable SiO₂ nanoparticles delivering pro‑drugs or DNA to tumour micro‑environment; oncology biobank samples for validation.
FHNW – NanoBiointerfaces CHDr Oya Tagit • oya.tagit@fhnw.chTheranostic nano‑systems (polymer / lipid / inorganic) with clinical‑translation experience for multimodal surgery workflows.

2 ▪ Real‑time imaging, sensing & targeting enablers

AffiliationContactCapability offered
LIST – Luxembourg Institute of Science & Technology LUDr Sivashankar Krishnamoorthy • sivashankar.krishnamoorthy@list.luMultimodal nano‑sensing (acoustic, optical, spectroscopy) incl. SERS micro‑arrays & nanostructured optical fibres for intra‑op detection.
Tyndall National Institute IEEamonn Hawe • eamonn.hawe@tyndall.ieMiniaturised cancer‑diagnostic sensors, firmware and start‑up pipeline; can integrate real‑time PAT into surgical devices.
VUT Brno – Faculty of Chemistry CZDr Eliška Bartheldyová • eliska.bartheldyova@fch.vut.czCustom vesicle platforms & membrane‑penetration analytics to optimise intra‑operative nano‑probes.

3 ▪ Pre‑clinical models & data

AffiliationContactOffer
CiMUS‑IDIS, Univ. Santiago de Compostela ESProf. José A. Costoya • josea.costoya@usc.es2D/3D tumour organoids & GM mouse/xenograft models for multimodal‑surgery validation.
University Aveiro – Mechanical Eng. PTDr Gil Gonçalves • ggoncalves@ua.ptMicro‑fluidic NP fabrication datasets + tumour‑on‑chip platforms; ML optimisation for imaging agents.

4 ▪ Complementary nano‑carrier & formulation expertise (backup WPs)

  • Unimore NanotechLab IT – Ilaria Ottonelli • ilaria.ottonelli@unimore.it — Brain‑targeted cholesterol nanoparticles (mRNA) with scalable micro‑fluidic production.
  • Inside Tx (SME) FR – Dr Audrey Nsamela • audrey.nsamela@insidetx.com — Scale‑up expertise for RNA‑LNP & hybrid nano‑vectors; CFD‑driven process design.

All individuals listed have consented to be contacted. Mention “CANCER-03” and this ETPN list in your introductory message.

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8) HORIZON‑MISS‑2025‑02‑CANCER‑04  Paediatric Early‑phase Clinical Trials

  • Type: RIA (Research and Innovation Action)
  • Deadline: 16 September 2025
  • Budget per project: €6 – 8 million
  • Total budget: €25 million
  • Focus: Support multinational phase I/II paediatric trials for innovative cancer therapies, incl. nano‑formulations and advanced drug‑delivery methods.
  • More info here.

Only a handful of participants posted notes specific to this call. We list them all, then flag additional groups (drawn from other oncology calls) that can fill obvious gaps — e.g. nano‑carrier scale‑up or pre‑clinical paediatric tumour models.


1 ▪ Therapeutic / nano‑formulation candidates — seeking a paediatric trial slot

Affiliation · CountryContactAsset & needs
VUT Brno – Faculty of Chemistry CZDr Eliška Bartheldyová • eliska.bartheldyova@fch.vut.czCustom vesicle systems (lung, IPA‑liposomes) & polysaccharide carriers; looking for clinical partners to translate into paediatric formulations.
FHNW – NanoBiointerfaces CHDr Oya Tagit • oya.tagit@fhnw.chTheranostic nano‑medicines (polymer/lipid/inorganic) with prior clinical‑translation experience; adaptable to paediatric dosing/PK.

2 ▪ Pre‑clinical paediatric‑oncology models & data

AffiliationContactOffer
CiMUS‑IDIS, Univ. Santiago de Compostela ESProf. José A. Costoya • josea.costoya@usc.es2D/3D tumour organoids & xenograft models; experience running pre‑clinical packages that feed first‑in‑human (including juvenile models).

3 ▪ Manufacturing & formulation scale‑up (no paediatric note posted, but highly relevant)

  • CPI – Centre for Process Innovation UK – Claire Hope • claire.hope@uk-cpi.com — GMP RNA‑LNP supply for Phase I; small‑batch flexibility ideal for paediatric trials.
  • IBI Lorenzini IT – Carlo Khevenhüller • ckhevenhueller@ibi-lorenzini.com — Sterile nano‑drug scale‑up with strong QbD/regulatory support.
  • Inside Tx (SME) FR – Dr Audrey Nsamela • audrey.nsamela@insidetx.com — Rapid scale‑up of RNA‑LNP/hybrid particles from µL to litres (TRL > 5).

4 ▪ Clinical‑oncology integration & imaging

  • RCSI – Royal College of Surgeons in Ireland IE – Dr Marco Monopoli • marcomonopoli@rcsi.com — Nanomedicine chemist embedded in paediatric‑surgery hospital network; potential co‑lead on multicentre Phase I/II.
  • LIST – Luxembourg Institute of Science & Technology LU – Dr Sivashankar Krishnamoorthy • sivashankar.krishnamoorthy@list.lu — Nano‑enabled multimodal sensing & fibre‑optic imaging that can down‑scale for paediatric intra‑op use.

Only the first three organisations posted explicit CANCER‑04 notes; others are suggested matches from adjacent calls to help coordinators assemble a complete paediatric‑trial consortium. All contacts have agreed to be approached — mention CANCER‑04 and this ETPN list in your introductory e‑mail.

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IMPORTANT DISCLAIMER
This directory is provided by the European Technology Platform on Nanomedicine (ETPN) to facilitate partnership building.
It does not constitute an endorsement by the European Commission; ETPN accepts no liability for the accuracy of individual offers.
By using the contact details below you agree to treat personal data in compliance with the EU GDPR and with each expert’s own confidentiality requirements.


Kick‑start your consortium!

The ETPN acts as a true *connector*: every day we link project owners, industry and clinicians to accelerate the journey of nanomedicine from lab to patient. Find the expertise you are missing in the directory above, then get in touch (secretariat@etp-nanomedicine.eu); our team will do its best to steer you to the right partners free of charge and share hands‑on tips for building a winning Horizon Europe proposal.

Pro Tip: include the call code and the partner’s name in your email to receive priority matchmaking!